private void VU_Update_RandomColor()
{
if (VU_Rainbow_Solid_Color_Change_Count > MathUtilities.ConvertRange (Audio_Average_Intensity, 0, 1, VU_Rainbow_Solid_Color_Change_Max_Delay, VU_Rainbow_Solid_Color_Change_Min_Delay)) {
VU_Rainbow_Solid_Color_Change_Count = 0;
VU_RandomColor = RandomColorGenerator.GetRandomColor ();
VU_ShiftSpeed = Audio_Average_Intensity * VU_ShiftSpeed_Multiplier;
} else {
VU_Rainbow_Solid_Color_Change_Count ++;
}
// if (ReactiveSystem.Processing_Show_Analysis) {
// Console.WriteLine ("Intensity delta ceiling: " + Math.Round (MathUtilities.ConvertRange (VU_Average_Intensity, 0, 1, VU_Rainbow_Solid_Color_Change_Max_Delay, VU_Rainbow_Solid_Color_Change_Min_Delay), 3).ToString ().PadRight (5) + " Shift speed: " + Math.Round (VU_ShiftSpeed, 3).ToString ().PadRight (5).ToString () + " Current color: " + VU_RandomColor.Name);
// }
}
/// <summary>
/// Blends the current color with the new one.
/// </summary>
/// <param name="SelectedColor">Selected color.</param>
/// <param name="Subtractive">If set to <c>true</c> the new color reduces the brightness and hue of the current.</param>
/// <param name="Opacity">Amount this color influences the current color.</param>
public void BlendColor(Actinic.Color SelectedColor, bool Subtractive, double Opacity)
{
if (Opacity < 0 || Opacity > 1)
throw new ArgumentOutOfRangeException ("Opacity", "Opacity must be a value between 0 and 1.");
// Reduce the intensity of the new color
Actinic.Color opacifiedColor = new Actinic.Color ((byte)(SelectedColor.R * Opacity),
(byte)(SelectedColor.G * Opacity),
(byte)(SelectedColor.B * Opacity),
(byte)(SelectedColor.Brightness * Opacity));
if (Subtractive) {
// Reduce these colors from the current
R = (byte)Math.Max (R - opacifiedColor.R, 0);
G = (byte)Math.Max (G - opacifiedColor.G, 0);
B = (byte)Math.Max (B - opacifiedColor.B, 0);
Brightness = (byte)Math.Max (Brightness - opacifiedColor.Brightness, 0);
} else {
// Take the brightest colors
R = Math.Max (R, opacifiedColor.R);
G = Math.Max (G, opacifiedColor.G);
B = Math.Max (B, opacifiedColor.B);
Brightness = Math.Max (Brightness, opacifiedColor.Brightness);
}
}
private void UpdateColorsFromTime()
{
int currentTime = (DateTime.Now.Hour * 60) + (DateTime.Now.Minute);
TimeColor = TimeColorGradient.GetColor (currentTime);
switch (AnimationStyle) {
case Style.Moderate:
// Set brightness for all based on the current time of day
TimeColor_Brightness = TimeColor.Brightness;
break;
case Style.Soft:
// Dim the themed-brightness (themed-brightness isn't always COLOR_MAX) using a ratio of the style
TimeColor_Brightness = (byte)(Math.Max (Math.Min ((int)(TimeColor.Brightness * ((double)Styled_BrightBrightness / LightSystem.Brightness_MAX)), LightSystem.Brightness_MAX), LightSystem.Brightness_MIN_VISIBLE));
// ...and don't allow something brighter than Color_MAX, or dimmer than minimum-visible
break;
default:
// Override the themed-brightness with the style, i.e. bright
TimeColor_Brightness = Styled_BrightBrightness;
break;
}
//Console.WriteLine ("Current time: {0}:{1} Current color (R, G, B, Brightness): {2}, {3}, {4}, {5}", currentTime / 60, currentTime % 60, TimeColor.R, TimeColor.G, TimeColor.B, TimeColor.Brightness)
}
